Product Description

Set of 12 Glass Water Tumblers from Duralex
Crafted from tempered glass for exceptional resistance to extreme changes in temperature. Microwave, Freezer & Dishwasher Safe (Light Wash)
Dimensions: Capacity: 310ml Diameter: 90mm Height: 94mm
Made in France since 1945, Duralex glass is virtually unbreakable and 100% non-porous, remaining free from staining & contaminants across its lifespan
The undisputed flagship of the Durobor brand for 65 years, the Picardie range can be found in restaurants, bars & cafes around the world!
Looking for glassware that offers the ultimate combination of performance, practicality and durability? The Duralex Picardie collection of Drinking Glasses ticks each of those boxes effortlessly, with a design built on techniques that have made Duralex one of the leading names in glassware for over 70 years.

Each piece has been crafted from tempered glass which is heated to ~700°C then suddenly cooled by cold air ventilation.

The result is a glass that is more than twice as strong as standard glass, with exceptional resistance to shocks both thermal (sudden changes in temperature) and mechanical (being knocked or dropped).

So far, so impressive - so what does that mean for you?

Basically, it means that Duralex glassware has been built to cater perfectly for the rigours of even the most demanding modern home or kitchen, for as long as that home or kitchen needs it to.

This set comprises twelve 310ml Picardie Tumblers - the perfect serving vessel for juices, soft drinks, water, milk and more. 

The Picardie has been the undisputed flagship of the Duralex brand for 60 years - now found in bars, restaurants, pubs, clubs and cafes around the world. Its iconic silhouette - evoking images of rolling, rippling waters - has been designed to be as pleasant in the hand as it is on the eyes, with soft, subtle ridges that urge its audience to take hold.

PLEASE NOTE: Although these glasses are dishwasher safe, we recommended washing either on a light cycle or by hand to preserve the vibrancy of the colour.